The Advanced Encryption Standard (AES) algorithm can encrypt and decrypt information and it's necessary to the
security of the electronic information like the malware authors, unauthorized users and information leakage. However,
AES is a complicated algorithm that imposes a major number of mathematical calculations to be done. Thus, a traditional
execution lead to low throughput and consumption of CPU resources. In some application data flow needs faster rate of
computation for encryption/decryption and traditional execution of AES algorithm may not be appropriate with fast
transactions of electronic data. This paper focuses on increasing the performance time of AES algorithm to speed up the
encryption/decryption procedure by using multicore processors efficiently. The AES algorithm has been executed and
parallelized using C++17 Standard language programming and the results shown that our parallel design improve the
throughput over the traditional approach.
الاستاذ المساعد الدكتورة اسماء شاكر عاشور | Assist. Prof. Dr. Asmaa Shaker Ashoor | 18404